Used PRINCETON INSTRUMENTS / TELEDYNE ST-135 #293653116 for sale

PRINCETON INSTRUMENTS / TELEDYNE ST-135 is an electronic test instrument used for precise voltage and frequency measurements with high speed and low noise operation. It is a versatile instrument that provides many features and functions to facilitate troubleshooting, design validation and general measurement applications. TELEDYNE ST-135 is designed with a number of advanced features designed to make it easier to use and more accurate. The unit has high-speed A/D and D/A converters that offer a sample rate of up to 20 MHz. The instrument also features a fully differential input and output range that is rated to 40VDC. This enables the instrument to be used to measure high-speed signals accurately. The large display screen offers up to 12 characters in eight colors, so the user can easily read the results. In addition to the high-speed measurements, PRINCETON INSTRUMENTS ST-135 offers a wide range of other functions as well. It has an integrated 3-channel scope and logic analyzer that can be used to capture and analyze signals. The instrument also includes a digital voltmeter (DVM) for precise voltage measurements. ST-135 also has built-in signal generators that can generate a variety of square and sinusoidal waveforms. PRINCETON INSTRUMENTS / TELEDYNE ST-135 is protected from bright light by a flip-up power shield. This shields the instrument from sudden exposure to bright light, which can cause errors in its operation. The instrument also contains a protection circuit for overvoltage and undervoltage so that it can be used in a variety of operating conditions. TELEDYNE ST-135 is powered by two AA batteries and is designed with a low power consumption of under 1 watt. This helps to maintain a long battery life, which is essential for performing accurate measurements. PRINCETON INSTRUMENTS ST-135 is an ideal measure instrument for both research and industrial applications. Its high speed and wide range make it ideal for precise measurements, while its low power consumption ensures efficiency and reliability. The instrument also is protected from sudden exposure to bright light and has an overvoltage/undervoltage protection circuit.